For some special industrial facilities, laboratories, or production factories, accidental explosions are a real daily risk, and their frequency of occurrence is often higher than we realize. In these special fields, glass has become a necessary device for a sense of security. By observing industrial facilities, laboratories, or production workshops through glass windows, one can stay away from dangerous experiments or production processes. Once an explosion occurs, safe explosion-proof glass can prevent personnel from being injured by splashes and glass fragments (one of the most common causes of explosion related injuries). Explosion proof glass helps prevent personnel and property from being exposed to bomb explosions, chemical explosions, and other explosive hazards.

There are currently two testing methods used to evaluate explosion-proof performance: 1 The shock tube test is a test that simulates the impact of explosive shock waves on glass systems according to the standards of the General Services Administration (GSA) in the United States; 2. On site explosion test is a method of testing the effect of air explosion load on glass systems according to ASTM F1642 standard. The hazard level of glass or glass systems can be determined using shock tubes or on-site explosion tests.

Jianda Glass can provide high, medium, and low levels of explosion-proof glass and glass systems according to customer needs using two testing methods. The low-level version is suitable for the protection needs of laboratories and ordinary dust processing plants, the intermediate version meets the protection needs of small and medium-sized chemical plants and special environmental personnel protection sites, and the high-level version's protection level can ensure the safety of personnel in military explosion testing sites and high-risk chemical plants. Jianda Glass can provide various single-layer, double-layer structures or explosion-proof glass systems with energy-saving and personalized functional requirements, meeting the protection needs of commercial and public buildings, as well as various explosion risk areas, to resist specified pressure loads and shock waves.